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This article introduces you to transmission line theory

發表於 一月 7, 2023
In modern communication technology, whenever in the transmission of high-speed signals, especially in the process of radio frequency and microwave signal transmission, it is inevitable to encounter signal attenuation caused by return loss and radiation loss. How can this be improved?
標籤: Microchip (1)

Noise is not all bad: How can noise be used for testing and circuit applications

發表於 十二月 27, 2022
Electronic engineers and technicians are accustomed to seeing noise as a negative factor and therefore optimize for low noise during component selection, circuit design, and circuit board layout. In fact, random or pseudo-random noise can sometimes be useful. This article will further explain why and how to use noise.
標籤: LM324KDR (1)

SIMO PMIC: Opening a window of convenience for wearable device power design

發表於 十二月 21, 2022
We live in an age of being wrapped in electronic devices that make learning, working, exercising, traveling and communicating very convenient, and wearables in particular are becoming an integral part of People's Daily lives. In medical applications, wearables can be used to monitor heart rate, blood pressure, blood oxygen levels, calories burned during exercise, sleep tracking and more. To provide a better user experience, high performance, small size and low power consumption are key metrics for these wearables
標籤: Automotive (4)

An analog to digital converter suitable for high precision data acquisition system

發表於 十二月 13, 2022
The market demand for industrial applications is increasing day by day, and data acquisition system is the key equipment. They are usually used to detect temperature, flow, liquid level, pressure and other physical quantities, and then convert the analog signals corresponding to these physical quantities into high-resolution digital information, which is then further processed by software.

Introduction to parasitic inductors

發表於 十二月 6, 2022
Parasitic inductance refers to the inductance parasitic on the PCB wiring or other components of the circuit board. Generally speaking, there will be a parasitic inductance where there is a wire, such as the copper wire on PCB, through the hole, even the bonding wire inside the chip will have a certain amount of parasitic inductance, the inductance of these parasitic inductors is generally from a few nH to dozens of nH.

What is the internal structure of the chip? What is the role and function of a chipset compared to a chip?

發表於 十二月 2, 2022
What is the chip? A "chip" is a small piece of silicon containing an integrated circuit, often part of a computer or other electronic device. A chip, or microcircuit, microchip, or integrated circuit, in electronics is a way of miniaturizing a circuit (mainly a semiconductor device, but also a passive component, etc.), usually on the surface of a semiconductor wafer.
標籤: Automotive (4)

Control the output module in complete isolation from the microcontroller

發表於 十一月 30, 2022
Whether in buildings or in production workshops, programmable controllers are needed everywhere today to regulate various processes, machines and systems. This involves the PLC or DCS modules to which the equipment is connected. To control these devices, PLC and DCS modules usually have output modules with current output, voltage output or a combination of both.

Highly reliable MCU load switch circuit design process

發表於 六月 22, 2019
Highly reliable MCU load switch circuit design process

miClockManagement Improve Performance Reliability in Data Center

發表於 十一月 7, 2018
Microsemi's miClockManagement portfolio provides ultra low-jitter devices for clock synthesis, frequency conversion, jitter attenuation, and fanout buffers to reduce clock-tree BOM and board space requirements, improve performance reliability, and simplify design.

AD Ultralow Power Boost Regulator with MPPT and Charge Management

發表於 十一月 7, 2018
The ADP5090 is an integrated boost regulator that converts dc power from PV cells or TEGs. The device charges storage elements such as rechargeable Li-Ion batteries, thin film batteries, super capacitors, and conventional capacitors, and powers up small electronic devices and battery-free systems.